What is it about?

This chapter contains sections titled: Introduction, Ultraviolet Discharge in Electrodeless Lamps, Theoretical Aspects of the Discharge in EDL, The Fundamentals of EDL Construction and Performance, Spectral Characteristics of EDL, Microwave Photochemical Reactor, Microwave Photochemistry, Interactions of Ultraviolet and Microwave Radiation with Matter, Photochemical Reactions in the Microwave Field – Thermal Effects, Nonthermal Microwave Effects – Intersystem Crossing in Radical-recombination Reactions, Analytical and Environmental Applications of Microwave Photochemistry, Industrial Applications.

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Why is it important?

This chapter contains sections titled: Introduction, Ultraviolet Discharge in Electrodeless Lamps, Theoretical Aspects of the Discharge in EDL, The Fundamentals of EDL Construction and Performance, Spectral Characteristics of EDL, Microwave Photochemical Reactor, Microwave Photochemistry, Interactions of Ultraviolet and Microwave Radiation with Matter, Photochemical Reactions in the Microwave Field – Thermal Effects, Nonthermal Microwave Effects – Intersystem Crossing in Radical-recombination Reactions, Analytical and Environmental Applications of Microwave Photochemistry, Industrial Applications.

Perspectives

This chapter contains sections titled: Introduction, Ultraviolet Discharge in Electrodeless Lamps, Theoretical Aspects of the Discharge in EDL, The Fundamentals of EDL Construction and Performance, Spectral Characteristics of EDL, Microwave Photochemical Reactor, Microwave Photochemistry, Interactions of Ultraviolet and Microwave Radiation with Matter, Photochemical Reactions in the Microwave Field – Thermal Effects, Nonthermal Microwave Effects – Intersystem Crossing in Radical-recombination Reactions, Analytical and Environmental Applications of Microwave Photochemistry, Industrial Applications.

Dr Vladimír Církva
Institute of Chemical Process Fundamentals

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This page is a summary of: Microwave Photochemistry, November 2002, Wiley,
DOI: 10.1002/3527601775.ch14.
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